Mahdi Enayati

Experience in FEED Phase of Offshore Gas Compression projects. 1. Performed process simulation, H&M balance, and developed PFDs/P&IDs for offshore gas compression. 2. Executed line/equipment sizing for slug catchers, KO drums, heat exchangers, Compressor, pumps. 3. Designed utility systems (N₂, instrument air, fuel gas, diesel fuel, Seawater Network and chemical injection. 4. Participation in HAZOP, depressurization study and developed emergency block diagrams. 5. Applied Aspen HYSYS and Aspen EDR for simul

Experience in EPC projects for Onshore Gas Processing Plants. 1. Reviewed Basic, FEED, and Detailed Engineering for onshore gas plants, including gas sweetening, cryogenic cold boxes (propane refrigeration), NGL fractionation, TEG dehydration, and flare systems. 2. Supported the design of offshore top-side centrifugal gas compression units. 3. Designed and simulated MEA/MDEA gas sweetening and CO₂ capture units, and TEG dehydration systems for offshore and onshore facilities. 4. Performed process line, equi

Process Engineer – Gas Sweetening Solvent (MEA/DEA/MDEA) & 2-Ethyl Hexanol (2EH) Production 1. Operation Experience in gas sweetening solvent (MEA, DEA, MDEA), steam methane reforming (syngas), CSTR reactor and CO₂ capture units. 2. Monitored plant performance and executed process reports, troubleshooting, and operational modifications to optimize production. 3. Performed process simulation and successfully doubled ethanol amine production capacity through design Tray and packed columns, heat exchangers, pi

Junior Process Engineer – Phthalic Anhydride (PA) Production Plant 1. Participated in construction, commissioning, and startup of the PA production unit. 2. Data sheet development of the pump, heat exchanger, control valve and bill of material. 3. Provide material MSDS and involved in Hazop and HAZID study 4. Collaborated with multidisciplinary engineering teams to support project execution. 5. Contributed to process optimization to enhance efficiency, improve reliability, and minimize downtime. 6. Troubles

The dissertation focuses on the dynamic simulation of the flare gas recovery system during a total plant shutdown, using a case study at a gas processing plant, covering waste gas recovery, compression and purification, subsequent compression, and re-injection into the gas refinery.